Nakai Quantum Secures Millions in Funding Led by GL Ventures for Quantum Computer Development
Nakai Quantum, a Chinese company specializing in neutral-atom quantum computers, has successfully completed its first round of financing, raising tens of millions of yuan. The funding round was led by GL Ventures, with participation from Inno Angel Fund, Longstone Capital, and Feitu Ventures. These funds will be allocated to the research and development of next-generation neutral-atom quantum computers, the construction of an ecosystem for ultracold atom quantum simulators, and the delivery to benchmark customers.
Founded in April 2026, Nakai Quantum is the first company in China to focus on both ultracold atom quantum simulation and general-purpose neutral-atom quantum computing. The company has developed a full-stack product matrix encompassing quantum computing hardware, cold/ultracold atom experimental systems, key subsystems, and high-precision modular control circuits. Nakai Quantum has already secured market orders worth millions of yuan and anticipates achieving tens of millions of yuan in revenue for the full year 2026. The company's core team originates from the Cold Atom and Precision Measurement group at Peking University's Institute of Quantum Electronics, with its founder and CEO, Fan Yaoyuan, a 1998-born Peking University alumnus, having over eight years of experience in cold atom research.
Nakai Quantum's business model operates on a "dual-wheel drive" approach. Firstly, it generates revenue and cash flow through the delivery of quantum simulators, which are specialized quantum computers, thereby achieving self-sustainability. Secondly, it concurrently advances the research and development of new architectures for general-purpose quantum computers, aiming for a long-term strategic advantage. The company has demonstrated the capability to deliver specialized quantum computing products, including quantum simulation experimental platforms and cold atom teaching systems, to various domestic research institutions. For general-purpose computing, Nakai Quantum is focusing on overcoming key technical challenges such as continuous operation and high-fidelity gate operations, with the goal of developing China's first practical, multi-scenario general-purpose quantum computer.
Quantum computing is progressing from theoretical exploration to engineering challenges and industrial applications. Nakai Quantum's focus on the neutral-atom architecture, which offers scalability and natural qubit identity, positions it within a promising, albeit competitive, technological landscape. The company's emphasis on overcoming critical hurdles like continuous operation and fidelity, alongside its ability to engineer extreme cooling to 10nK for multiple atomic species, addresses key limitations in the field. While the research market provides initial revenue, the transition to industrial applications will require significant investment in algorithm and software development. The long-term viability will depend on Nakai Quantum's capacity to bridge the gap between specialized simulation and versatile general-purpose computing, navigating the inherent trade-offs between qubit count, fidelity, and operational stability within the evolving quantum ecosystem.
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